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import os |
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4
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import numpy as np |
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from click.testing import CliRunner |
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from numpy.random import rand |
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8
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from ne2001 import density |
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from ne2001.cli import main |
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def test_main(): |
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runner = CliRunner() |
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result = runner.invoke(main, []) |
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assert result.output == '()\n' |
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assert result.exit_code == 0 |
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19
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20
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def test_density(): |
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xyz = (1-2*rand(3, 100)) * 20 |
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ne_disk1 = density.ne_thick_disk(xyz, 0.03, 17.5, 0.97, 8.5) |
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assert len(ne_disk1) == 100 |
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assert all(ne_disk1 >= 0) |
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ne_disk2 = density.ne_thin_disk(xyz, 0.08, 3.8, 0.15) |
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assert len(ne_disk2) == 100 |
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assert all(ne_disk2 >= 0) |
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ne_gc = density.ne_gc(xyz, 10., 0.145, 0.026, |
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np.array([-0.01, 0.0, -0.029])) |
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assert len(ne_gc) == 100 |
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assert all(ne_gc >= 0) |
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36
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37
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def test_geometry(): |
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abc = rand(3)*20 |
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xyz = (1-2*rand(3, 100)) * 20 |
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theta = rand()*2*np.pi |
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xyz_center = rand(3)*20 |
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assert density.in_ellisoid(xyz_center, xyz_center, abc, theta) |
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assert len(density.in_ellisoid(xyz, xyz_center, abc, theta)) == 100 |
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abc = rand(3)*20 |
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xyz = (1-2*rand(3, 100)) * 20 |
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theta = rand()*2*np.pi |
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xyz_center = rand(3)*20 |
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assert len(density.in_cylinder(xyz, xyz_center, abc, theta)) == 100 |
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assert all(density.in_half_sphere(xyz, xyz_center, 10)[xyz[-1] < 0] == 0) |
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53
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54
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def test_clumps(): |
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xyz = (1-2*rand(3, 100)) * 20 |
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clumps_file = os.path.join(os.path.split(density.__file__)[0], "data", |
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"neclumpN.NE2001.dat") |
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clumps = density.Clumps(clumps_file) |
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ne_clumps = clumps.ne_clumps(xyz) |
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assert len(ne_clumps) == 100 |
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63
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def test_clumps_local_file(): |
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xyz = (1-2*rand(3, 100)) * 20 |
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clumps = density.Clumps() |
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ne_clumps = clumps.ne_clumps(xyz) |
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assert len(ne_clumps) == 100 |
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69
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70
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def test_local_ism(): |
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xyz = (1-2*rand(3, 100)) * 20 |
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ne, w = density.ne_local_ism(xyz, density.ldr_params, |
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density.lsb_params, |
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density.lhb_params, |
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density.loop_params) |
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assert all(ne >= 0) |
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assert len(ne) == 100 |
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assert len(ne) == len(w) |
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benbaror /
ne2001
